A platform for research: civil engineering, architecture and urbanism
A platform for research: civil engineering, architecture and urbanism
Fabricated steel structure assembly and steel structure module for building construction
The invention discloses an assembly type steel structure assembly and hyperboloid pillar for building construction, which comprises a pre-embedded mechanism, a lifting column and an assembling mechanism, a seat plate is arranged above the pre-embedded mechanism, and the seat plate is connected with the pre-embedded mechanism through a self-leveling mechanism; the lifting column is vertically arranged, and the bottom end of the lifting column is detachably connected with the seat plate; the assembling mechanism comprises a shell, at least one pair of closed clamping mechanisms and a plurality of open clamping mechanisms, each closed clamping mechanism is provided with a clamping hole and a horizontal push rod, and the clamping holes are communicated with the corresponding insertion channels so that rod-shaped pieces to be assembled can penetrate through the clamping holes; the open clamping mechanism is arranged above the shell, the bottom of the open clamping mechanism is connected with all the lifting columns, and the open clamping mechanism is used for horizontally clamping and fixing channel steel to be assembled or a cross beam to be assembled. The problems that when an existing steel structure building is built and assembled, the perpendicularity of stand columns cannot be effectively guaranteed, and the structural performance of the assembling positions of channel steel, rod-shaped pieces, cross beams and the stand columns is not ideal can be solved.
本发明公开了一种用于建筑搭建的装配式钢结构组件及双曲面支柱，包括预埋机构、升降柱及组装机构，预埋机构上方设有座板，座板通过自找平机构与预埋机构连接；升降柱竖直设置，升降柱的底端与座板可拆卸连接；组装机构包括壳体、至少一对封闭夹持机构及若干敞口夹持机构，封闭夹持机构设有夹持孔和水平推杆，夹持孔与对应的插道贯通，以穿设待组装的杆状件；敞口夹持机构设于壳体上方，敞口夹持机构的底部与全部升降柱连接，敞口夹持机构用于水平夹持固定待组装的槽钢或待组装的横梁。其能够解决现有的钢结构建筑搭建装配时，立柱垂直度无法有效保证，且槽钢、杆状件及横梁与立柱的装配处结构性能不理想的问题。
Fabricated steel structure assembly and steel structure module for building construction
The invention discloses an assembly type steel structure assembly and hyperboloid pillar for building construction, which comprises a pre-embedded mechanism, a lifting column and an assembling mechanism, a seat plate is arranged above the pre-embedded mechanism, and the seat plate is connected with the pre-embedded mechanism through a self-leveling mechanism; the lifting column is vertically arranged, and the bottom end of the lifting column is detachably connected with the seat plate; the assembling mechanism comprises a shell, at least one pair of closed clamping mechanisms and a plurality of open clamping mechanisms, each closed clamping mechanism is provided with a clamping hole and a horizontal push rod, and the clamping holes are communicated with the corresponding insertion channels so that rod-shaped pieces to be assembled can penetrate through the clamping holes; the open clamping mechanism is arranged above the shell, the bottom of the open clamping mechanism is connected with all the lifting columns, and the open clamping mechanism is used for horizontally clamping and fixing channel steel to be assembled or a cross beam to be assembled. The problems that when an existing steel structure building is built and assembled, the perpendicularity of stand columns cannot be effectively guaranteed, and the structural performance of the assembling positions of channel steel, rod-shaped pieces, cross beams and the stand columns is not ideal can be solved.
本发明公开了一种用于建筑搭建的装配式钢结构组件及双曲面支柱，包括预埋机构、升降柱及组装机构，预埋机构上方设有座板，座板通过自找平机构与预埋机构连接；升降柱竖直设置，升降柱的底端与座板可拆卸连接；组装机构包括壳体、至少一对封闭夹持机构及若干敞口夹持机构，封闭夹持机构设有夹持孔和水平推杆，夹持孔与对应的插道贯通，以穿设待组装的杆状件；敞口夹持机构设于壳体上方，敞口夹持机构的底部与全部升降柱连接，敞口夹持机构用于水平夹持固定待组装的槽钢或待组装的横梁。其能够解决现有的钢结构建筑搭建装配时，立柱垂直度无法有效保证，且槽钢、杆状件及横梁与立柱的装配处结构性能不理想的问题。
Fabricated steel structure assembly and steel structure module for building construction
一种用于建筑搭建的装配式钢结构组件及钢结构模块
GUO JINGSHEN (author) / PANG QIANXIANG (author) / ZHANG JING (author) / YANG JING (author) / FU QIANG (author) / HAN DONG (author) / PENG XIANBO (author) / XIANG ZHILI (author) / DU HAITAO (author) / JIANG YUTIAN (author)
2024-09-27
Patent
Electronic Resource
Chinese
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